As shown below, a horizontal 2.5 m long wire is carrying a 7A current. The wire is completely immersed in a uniform 1.4 T B-field that is perpendicular to the current direction and as a result the wire levitates. Determine the mass of the wire and the direction of the external B-field. m = Direction of external B-field = Choose direction v
As shown below, a horizontal 2.5 m long wire is carrying a 7A current. The wire is completely immersed in a uniform 1.4 T B-field that is perpendicular to the current direction and as a result the wire levitates. Determine the mass of the wire and the direction of the external B-field. m = Direction of external B-field = Choose direction v
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![As shown below, a horizontal 2.5 m long wire is carrying a 7 A current. The wire is completely immersed in a uniform 1.4 T B-field that is perpendicular to the current direction and as a result the wire levitates.
Determine the mass of the wire and the direction of the external B-field.
m =
Direction of external B-field = Choose direction v](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6929eb17-4ffa-4323-bed9-d33e82c7ec91%2Fa82bd063-4901-4ce8-aa27-0b0ebed125fa%2Fk7diqv8_processed.png&w=3840&q=75)
Transcribed Image Text:As shown below, a horizontal 2.5 m long wire is carrying a 7 A current. The wire is completely immersed in a uniform 1.4 T B-field that is perpendicular to the current direction and as a result the wire levitates.
Determine the mass of the wire and the direction of the external B-field.
m =
Direction of external B-field = Choose direction v
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